Titlebook: Generative Programming and Component Engineering; Third International Gabor Karsai,Eelco Visser Conference proceedings 2004 Springer-Verla

思乡病

Some Possible Frameworks and Procedures order for this vision to become reality, algorithms are needed that compile models of software systems into deployable and executable implementations. This paper discusses two algorithms that provide such transformations for process graph models in a business process or workflow environment and pro

PHIL

Creativity and Humour in Occupy MovementsToday, however, these platforms lack a simple and intuitive way to integrate publish/subscribe service configurations and deployments. This paper illustrates how generative model-driven techniques and tools can automate many service configuration and deployment tasks associated with integrating publ

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EXUDE

Generating AspectJ Programs with Meta-AspectJe arbitrary Java code with AspectJ code templates. MAJ is a structured meta-programming tool: a well-typed generator implies a syntactically correct generated program. MAJ promotes a methodology that combines aspect-oriented and generative programming. Potential applications range from implementing

可触知

Splice: Aspects That Analyze Programsprocedural data-flow analysis enables an aspect to examine the flow of data around a program execution point when it determines what code to add or change at that point. For example, an aspect can change the target set of an iteration based on how elements are skipped during the iteration. Splice as

FAWN

A Generative Approach to Aspect-Oriented Programmingtool support for AOSD is provided mainly in the form of code-level constructs. This paper presents a way to express cross-cutting features as logical invariants and to use generative techniques to produce the kind of code that is usually written manually in AOSD. In order to state invariants that ex

archenemy

Generic Advice: On the Combination of AOP with Generative Programming in AspectC++ensions of decomposition. Most modern programming languages like Ada, Eiffel, and C++ already have built-in support for templates. For Java and C# similar extensions will be available in the near future. Even though promising, the combination of aspects with generic and generative programming is sti

Incisor

Supporting Flexible Object Database Evolution with Aspectsngly. Applications, however, have very specialised evolution requirements that can often not be met by the fixed approach offered by the ODBMS. In this paper, we discuss how aspect-oriented programming (AOP) has been employed in the AspOEv evolution framework, which supports flexible adaptation and

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Charade

SourceWeave.NET: Cross-Language Aspect-Oriented ProgrammingAOP, crosscutting behaviour is expressed as . that are integrated with a base program through a . process. Many language-specific AOP models already exist, requiring the programmer to work with a single language for base and aspect programs. The .NET framework, with its multi-language standards and